Description

Product Information

The Powervar GPI2000 Interface 2000 Power Supply offers reliable performance with its low impedance isolation transformer that integrates surge diverters and power line filters, ensuring noise, spikes, and transients are eliminated before impacting your equipment. The unit provides voltage distribution and conditioning in one solution, making it ideal for supporting critical lab processes. Standard features include safety interlocks, an emergency machine off (EMO) button, lockout/tagout breaker, and casters. This particular unit has been tested for basic functionality. It operates efficiently with slight cosmetic wear from normal usage. Despite one wheel not maneuvering smoothly, this defect does not affect overall functionality. Constructed with copper transformer wires, it’s insulated with Nomex paper and varnished for durability. It meets all ANSI/IEEE standards offering efficient 97% performance at full load. RoHS compliant, it stands up to high surge voltages, making it a robust power conditioning solution for laboratories.

Key Features

– Low impedance isolation transformer
– Surge diverter and power line filter
– Safety interlocks and EMO button
– Lockout/tagout breaker and casters
– 15 kVA continuous capacity
– 97% efficiency at full load
Specifications

– Input Voltage: 208/240/480/600 delta connection (4 wire)
– Output Voltage: 208/120 wye (5 wire)
– Frequency: 60 Hz
– Continuous Capacity: 15 kVA
– BTU/Hr. Output: 1536
– Noise Output Voltage: <10 volts normal mode
– Surge Voltage Withstand: up to 6000 volts @ 3000 amp
– Transformer wires: Copper, insulated with Class H materials
– RoHS compliant
Weight

Imperial: 655.2 Pounds

Metric: 297.19 Kilograms

Shipping Dimensions

Imperial: 36.0 lb x 21.6 lb x 31.2 lb

Metric: 91.44 cm x 54.86 cm x 79.25 cm

Harmonized Code

850440

Harmonized Code Details

850440 – Static converters; for example, rectifiers, which include power supply units used in various electrical applications. This classification was chosen based on the unit's function as a power conditioning and distribution solution for laboratory environments.